Rapid parallel measurements of macroautophagy and mitophagy in
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1 Supplemental Figures Rapid parallel measurements of macroautophagy and mitophagy in mammalian cells using a single fluorescent biosensor Sargsyan A, Cai J, Fandino LB, Labasky ME, Forostyan T, Colosimo LK, Thompson SJ, Graham TE SUPPLEMENTAL FIGURE LEGENDS Suppl. Figure 1. Localization of untagged Rosella. HeLa cells expressing untagged Rosella were treated 12 hr with (1 M), with or without BafA1 (1 nm) as indicated. Scale bar represents 5 m distance. Suppl. Figure 2. Analysis of effects of Rosella-LC3 and Mito-Rosella on dynamics of autophagy and mitophagy. (A) Expression of Rosella-LC3 or Mito- Rosella do not effect dynamics of mitochondrial marker Hsp6, ATP synthase, TOM2, and VDAC1 degradation in -treated (1 µm) HeLa cells. Detection of Rosella constructs with anti-lc3 antibody (Rosella-LC3 only) or anti-gfp antibody (Rosella-LC3 and Mito-Rosella) is shown; two exposures are shown for the anti-gfp blot because the antibody recognizes Mito-Rosella less avidly than LC3-Rosella. (B) Lack of effect of Rosella-LC3 or Mito-Rosella on dynamics of autophagy in -treated HeLa cells, as measured by processing of endogenous LC3. Bafilomycin-A1 (BafA1, 1 nm) treatment was employed as indicated to detect the flux of LC3 processing. 1
2 Suppl. Figure 3. Variables related to Rosella biosensor assay performance in -treated HeLa cells. (A) Time course of mitophagy measured by mito-rosella in HeLa cells expressing Parkin and treated with (1 M); (B) Parkin translocation to mitochondria in HeLa cells treated with (1 M), as imaged at 6 or 24 hr; bar graph (right) shows quantification of percentage of cells with Parkin translocation; bars represent median ± SEM, n=12-2 cells analyzed per condition. (C) doseresponse of mitophagy measured by mito-rosella method (p<.1 vs treated, #p<.1 vs lower dose of ). (D) Lack of effect of varying levels of mito-rosella expression on mitophagy measurements; the inset table indicates relationship between transfected plasmid quantities and mito-rosella expression, as measured by dsred.t3 fluorescence intensity per cell. Suppl. Figure 4. Lysosome status and mitochondrial membrane potential in -treated HeLa cells. (A) HeLa cells were treated with vehicle () or (1 µm) and then stained with Hoechst nuclear dye (blue) and Lysotracker Red dye (red). (B) Lysotracker fluorescence was measured by FACS analysis after treatment for the indicated times; bars represent the mean ± SEM intensity per cell of 3 individual biological replicates per condition, n=5, individual cells measured per replicate. There is no inhibitory effect of on lysosome content or Bafilomycin A1 (BafA1)-sensitive (i.e., ph-dependent) uptake of Lysotracker dye. (C) HeLa cells expressing mitochondrialtargeted pmturquoise2 (Trq2-Mito) were treated with vehicle () or (1 M) for the indicated times, and then stained with TMRE, a mitochondrial membrane potential (MMP)-dependent dye. As observed for red-only mito-rosella, treatment causes Trq2-Mito to redistribute to the perinuclear central lysosomal region. (D) TMRE:Trq2-Mito 2
3 fluorescence ratio per cell was measured by FACS analysis after treatment for the indicated times; bars represent the mean ± SEM of the TMRE:Trq2-Mito fluorescence ratio for 3 biological replicates per condition, n=5, individual cells measured per replicate. TMRE:Trq2-mito fluorescence is suppressed >9% after 6 or 12 hrs of treatment, indicating near-total loss of MMP; after prolonged 24 hr treatment, there is partial recovery of MMP (p<.1 for 24 hr vs. 6 or 12 hr measurements). Suppl. Figure 5. Analysis of induced autophagy and mitophagy in HeLa cells expressing Rosella LC3 or mito-rosella with Parkin by means of standard Flow Cytometry (FCM). (A) Hela cells expressing Rosella LC3 or Mito- Rosella and Parkin (n=1, each, were analyzed by standard two channel (green/red) FCM. Cells with increased autophagy (Rosella-LC3, upper panel) after treatment with (1 µm, 24hr) were detected on the basis of changes in green (phluorin) vs. red (DsRed.T3) fluorescence, relative to vehicle ()-treated cells. Both -induced autophagy and mitophagy were inhibited by BafA1, indicating the responses require lysosomal acidification. (B) Time course analysis of induction of FCM-measured autophagy in HeLa cells expressing Rosella-LC3 without Parkin; p<.1 vs +BafA1 for indicated time-points; #p<.5 for 24 hr vehicle () treated cells vs 6 or 12 hr vehicle () treated cells. (C) Mitochondrial proteins (VDAC1, TIM23, ATP synthase and HSP6) and p62 were measured by Western blotting in lysates of HeLa cells after treatment with (1µM) or vehicle () for the indicated times. (D) HeLa cells were transiently transfected with a CMV promoter-driven bicistronic expression plasmid containing the ORF of near-infrared fluorescent protein (irfp) fused to the Parkin ORF via a T2A ribosomal skip region; presence of the T2A region causes 3
4 a precise interruption in translation, resulting in equal expression of irfp and Parkin as separate polypeptides. Separate populations of untransfected and Parkin transfected cells were distinguished on the basis of low or high levels of irfp fluorescence (left panel). Gating for irfp fluorescence enabled simultaneous population specific FCM measurement of mito-rosella fluorescence in the green and red channels, making it possible to separately determine percentages of cells showing increased mitophagy in each population (untransfected vs Parkin-transfected) under the exact same treatment conditions (upper and lower right panels). 4
5 Suppl. Figure 1 phluorin DsRed.T3 Merge +BafA1 5
6 Suppl. Figure 2 A. Control Rosella-LC3 Mito-Rosella Hr: ATP synth. TOM2 VDAC1 Actin LC3 Rosella-LC3 GFP (Short Exposure) Rosella-LC3 GFP (Long Exposure) Mito-Rosella Rosella-LC3 B. Hr: 24 LC3 actin +BafA1 Control Rosella-LC3 Mito-Rosella Endogenous LC3-I (top) and LC3-II (bottom) 6
7 Suppl. Figure 3 A. % mitophagic cells B Hrs 6 Hrs 24 Hrs +BafA Trq2-Mito Parkin Merge Hr % cells with Parkin translocation Hr: C. % of Mitophagic cells HHr HHr µm 5µM 1µM # DNA (ng) DsRed intensity µM # D. Mito-Rosella Plasmid Transient Transfection in HeLa: 25 ng 5 ng 75 ng 5 % of mitophagic cells DNA (ng) NS 6 Hr DsRed.T3 intensity NS 24 Hr 7
8 Suppl. Figure 4 A. Hoechst and Lysotracker Red B. Mean intensity of Lysotracker +BafA1 +BafA Hr: C. Trq2-Mito TMRE Merge D. 6 Hr 24 Hr TMRE:Trq2-Mito Ratio Hr: 8
9 Suppl. Figure 5 A. Rosella-LC3 B. DsRed.T3 +BafA1 phluorin phluorin phluorin Mito-Rosella+Parkin +BafA1 % autophagic cells Rosella-LC3 # Hr DsRed.T3 VDAC1 I TIM23 ATP Syn. HSP6 p62 Actin phluorin phluorin phluorin Hr C. D. irfp-t2a Parkin +mito-rosella mito-rosella+parkin mito-rosella-no Parkin 9
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Nature Protocols: doi: /nprot Supplementary Figure 1
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mm Distance (mm)
b a Magnet Illumination Coverslips MPs Objective 2575 µm 1875 µm 1575 µm 1075 µm 875 µm 545 µm 20µm 2 3 0.5 0.3mm 1 1000 100 10 1 0.1 1000 100 10 1 0.1 Field Induction (Gauss) 1.5 0 5 10 15 20 Distance
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SUPPLEMENTARY INFORMATION
sirna pool: Control Tetherin -HA-GFP HA-Tetherin -Tubulin Supplementary Figure S1. Knockdown of HA-tagged tetherin expression by tetherin specific sirnas. HeLa cells were cotransfected with plasmids expressing
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Supplemental Table S1
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Tyrodes solution in a custom-built imaging chamber as described previously. Images were acquired
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